Yet another π formula
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01-04-2021, 11:36 PM
Post: #3
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RE: Yet another π formula
(01-04-2021 11:21 PM)Valentin Albillo Wrote:(01-04-2021 08:41 PM)Gerson W. Barbosa Wrote: This converges to the constant significantly faster than the Wallis Product. For 12 correct digits of \(\pi\) it requires \(\sqrt{10^{12}}\) terms instead of the \(10^{12}\) terms required by You are right, thanks! I was thinking of the n=1000 example I had just checked on my smartphone when I wrote that. I’d like to have checked the sum of the first 1000000 terms on Free42, but my program would fail short of n = 100000. Hopefully the rest is correct. Best regards, Gerson. |
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